Ceiling tensile membrane finishing device for reducing deviation in membrane structure engineering

Abstract

The invention relates to the technical field of laying of ceiling tensile membranes, and discloses a ceiling tensile membrane finishing device for reducing the deviation in membrane structure engineering. The ceiling tensile membrane finishing device comprises a box body, bases are fixedly connected into the box body, the surfaces of the bases are movably connected with rotating rods, the surfacesof the rotating rods are movably connected with winding columns, moving rods are movably connected into the winding columns, the surfaces of the rotating rods are movably connected with supporting rods, and the ends, away from the rotating rods, of the supporting rods are movably connected with clearing pieces. One end of a to-be-mounted membrane material is connected with the clearing pieces, then the box body is connected to a rod piece at the to-be-mounted position in a sleeving mode, after mounting is completed, the box body is pushed to reduce friction with the rod piece so as to move upwards, the box body moves to push the clearing pieces through the supporting rods to move along the surface of a steel component, when the clearing pieces move to the tail end of the steel component,mounting work of the membrane material is completed, and thus the effect that the membrane material is directly connected to the mounting position in a sleeving mode to reduce the mounting deviation is realized.

Description

technical field [0001] The invention relates to the technical field of roof stretch film laying, in particular to a ceiling stretch film trimming device for reducing deviation in membrane structure engineering. Background technique [0002] Membrane structure, also known as tensioned membrane structure, has a beautiful curved surface shape, a perfect combination of simplicity, clarity, rigidity and softness, strength and beauty, and at the same time provides architects with greater imagination and creative space, so it is welcomed by people. . [0003] For the laying of the ceiling membrane in the membrane structure, it is often installed on the part to be installed after it is connected to the steel member on the ground. This installation method will have the following problems: 1. The difference between the membrane material and the steel member on the ground The connection method is horizontal, but the installation parts are mostly inclined, which will lead to a deviatio...

AI Technical Summary

Problems solved by technology

[0003] For the laying of the roof tensile membrane in the membrane structure, it is often installed on the site to be installed after it is connected with the steel component on the ground. This installation method will have the following problems: 1. The gap between the membrane material and the steel component on the ground The connection method is a horizontal plane, but most of the installation parts are inclined, which will lead to a deviation between the membrane material and the steel component; Not only is it highly dangerous, but it also requires the coordination and cooperation of multiple people to complete it; therefore, a roof stretching membrane trimming device that reduces deviation in membrane structure engineering came into being

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